Neuroplasticity is super important when it comes to helping people with cerebral palsy (CP) recover their motor skills.
So, what is neuroplasticity?
It’s the brain’s amazing ability to change and create new connections as we grow. This helps improve how we move and function.
Let’s break it down:
Motor Skill Recovery: Research shows that participating in intensive therapy can really help. Some people see up to a 40% improvement in their motor skills based on tests like the Gross Motor Function Measure (GMFM).
Critical Periods: Studies also suggest that helping kids early, especially before they turn 3, can make a big difference. Kids who start therapy earlier can see a 20-30% boost in their motor skills compared to those who start later.
Long-term Benefits: Additionally, research indicates that if a person continues therapy over time, it can strengthen connections in the brain. MRI scans show that certain areas of the brain can get thicker by 15-25% as they respond positively to rehabilitation.
In short, using neuroplasticity effectively is very important for improving motor skills in those with cerebral palsy.
Neuroplasticity is super important when it comes to helping people with cerebral palsy (CP) recover their motor skills.
So, what is neuroplasticity?
It’s the brain’s amazing ability to change and create new connections as we grow. This helps improve how we move and function.
Let’s break it down:
Motor Skill Recovery: Research shows that participating in intensive therapy can really help. Some people see up to a 40% improvement in their motor skills based on tests like the Gross Motor Function Measure (GMFM).
Critical Periods: Studies also suggest that helping kids early, especially before they turn 3, can make a big difference. Kids who start therapy earlier can see a 20-30% boost in their motor skills compared to those who start later.
Long-term Benefits: Additionally, research indicates that if a person continues therapy over time, it can strengthen connections in the brain. MRI scans show that certain areas of the brain can get thicker by 15-25% as they respond positively to rehabilitation.
In short, using neuroplasticity effectively is very important for improving motor skills in those with cerebral palsy.